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1.2 Diffraction in Sub-wavelength Structures. frequencies, and optical bandpass filters as studied in this thesis. The modeling interface features interfaces with all common CAD formats. phenomena and applications such as negative-index refraction 3, unconventional flat lenses 4 at optical frequencies, power-dependent 5 and reconfigurable filters 6 at TV-microwave. The results can be used to effect further optimization directly. Visualizing the EM fields through the use of simulation allows you to obtain comprehensive insight into the modes of operation and the interdependencies of the components and systems. It also makes elements visible which measuring devices have failed to detect. The EM simulation is suitable for classic quantities such as S parameters or farfield diagrams.
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The software’s large number of EM field solvers for applications across the EM spectrum can be used to for calculations in one single user interface. For the electromagnetic part we have chosen to use CST Microwave Studio software, which solves.
#OPTICAL APPLICATIONS WITH CST MICROWAVE STUDIO SOFTWARE#
The CST Studio Suite ® is a high-capacity software package that assists in the design, analysis, and optimization of electromagnetic (EM) components and systems. A photonic microwave source for optical applications.